The previous iteration of the Veerum API was functional but limited. It supported basic read-only queries and simple tag retrieval. The API suite represents a complete architectural rewrite, moving to a RESTful, OAuth 2.0-secured architecture with GraphQL support for complex queries.
The new enhancements to the make it a robust platform for engineering teams, digital transformation leaders, and asset managers alike. As VEERUM continues to lead the VisOps market, these API updates are critical to achieving true digital twin functionality—combining 3D visual context with actionable, live data. veerum api new
By integrating with SCADA and IoT platforms via the API, operators can overlay real-time data (vibration, temperature, flow rates) directly onto the 3D model. This creates a predictive maintenance dashboard where a machine about to fail turns red on the screen in real-time. The previous iteration of the Veerum API was
Security has been overhauled. The new API uses short-lived JWT tokens with refresh capabilities, conforming to enterprise standards like SOC 2 and ISO 27001. Additionally, intelligent rate limiting ensures that a runaway script cannot DDoS your production Veerum instance. The new enhancements to the make it a
Industrial organizations handle enormous amounts of uncoordinated data, often trapped in disconnected software silos. The new VEERUM API removes these barriers. It lets developers automate data workflows and pull rich spatial info right into everyday workflows.
An AI model predicts a pump failure. An operator prints the prediction and manually assigns a Veerum checklist. Latency: 4 hours. The New Way: The AI model calls the POST /api/v2/work-orders endpoint. The payload includes the asset ID, priority, and a link to the sensor data. Veerum automatically assigns the checklist to the nearest available technician. Latency: 4 seconds.
He tried a date from the future. 2025-01-01 .